5. A nozzle with a 90° bend is seen below and contains a fluid with p = 1,140 kg/m³. The inlet pressure at point 1 is 205,000 Pa gauge and the flow rate is 0.40 m³/s. Point 2 is open to the atmosphere and has an inner D₂ = 15 cm, whereas point 1 has an inner D₁ = 20. cm. The weight of the nozzle is 120 N acting in the negative y-direction and the nozzle has a total volume of 22 Liters. Assume the system has negligible friction. Determine the forces in the x- direction and the y-direction (Fx and Fy in N) required to keep the nozzle in place. (5 pts) 50 cm 2 y
5. A nozzle with a 90° bend is seen below and contains a fluid with p = 1,140 kg/m³. The inlet pressure at point 1 is 205,000 Pa gauge and the flow rate is 0.40 m³/s. Point 2 is open to the atmosphere and has an inner D₂ = 15 cm, whereas point 1 has an inner D₁ = 20. cm. The weight of the nozzle is 120 N acting in the negative y-direction and the nozzle has a total volume of 22 Liters. Assume the system has negligible friction. Determine the forces in the x- direction and the y-direction (Fx and Fy in N) required to keep the nozzle in place. (5 pts) 50 cm 2 y
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Question
Transcribed Image Text:5. A nozzle with a 90° bend is seen below and contains a fluid with p = 1,140 kg/m³. The inlet
pressure at point 1 is 205,000 Pa gauge and the flow rate is 0.40 m³/s. Point 2 is open to the
atmosphere and has an inner D₂ = 15 cm, whereas point 1 has an inner D₁ = 20. cm.
The weight of the nozzle is 120 N acting in the negative y-direction and the nozzle has a total
volume of 22 Liters. Assume the system has negligible friction. Determine the forces in the x-
direction and the y-direction (Fx and Fy in N) required to keep the nozzle in place. (5 pts)
50 cm
2
y
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